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GIDINGS&LEWIS 503-25209-01伺服控制板

发布时间:2025-08-26人气:
  • GIDINGS&LEWIS 503-25209-01伺服控制板
  • GIDINGS&LEWIS 503-25209-01伺服控制板
  • GIDINGS&LEWIS 503-25209-01伺服控制板

 GIDINGS&LEWIS  503-25209-01伺服控制板

1.产 品 资 料 介 绍:

闭环运动控制,精准把控运行轨迹

503 - 25209 - 01 伺服控制板运用先进的闭环控制算法,对伺服电机的位置、速度和加速度进行全方位、实时的精准监测与调节。在精密加工领域,如高端光学镜片的研磨,镜片的表面精度要求达到纳米级,该控制板通过持续反馈电机实际运行数据,不断微调电机输出,确保研磨设备的运动精度维持在极高水准,使加工出的镜片符合严苛的光学性能指标,实现高精度运动控制,满足工业生产对精密程度的极致追求。

智能反馈处理,保障动作稳定流畅

内置前沿的编码器信号处理功能,能实时、高效地采集电机反馈信号。在自动化生产线的搬运环节,机械手臂需要频繁启停并精准定位,控制板快速解析编码器反馈数据,及时调整电机运行状态,有效避免因惯性、负载变化等因素导致的机械手臂抖动或定位偏差,确保每一次搬运动作都稳定、流畅,极大提升生产线的运行稳定性与可靠性。

多模式运行,灵活适配多样需求

支持位置控制、速度控制及扭矩控制等多种运行模式。在数控机床中,加工不同材质、形状的零件时,可根据工艺需求灵活切换模式:粗加工阶段,切换至扭矩控制模式,电机输出较大扭矩,快速去除多余材料;精加工时,切换到位置控制模式,精确控制刀具走位,保证零件的尺寸精度;而在刀具快速移动定位过程中,速度控制模式能让电机快速响应,提高加工效率。这种多模式运行特性,使设备能轻松应对各类复杂工业场景。

可扩展性强,满足多元控制规模

具备出色的可扩展性,可与多个伺服驱动器和控制模块并行协同工作。在大型自动化物流仓储系统中,需要同时控制多台堆垛机、穿梭车等设备,503 - 25209 - 01 伺服控制板可与多个驱动器连接,分别控制不同设备的电机,实现多轴、多通道的大规模精准控制,轻松构建复杂的自动化控制系统,适应不断扩大的生产规模与多元化控制需求。

工业级耐用性,从容应对恶劣工况

专门针对工业环境设计,能够承受强烈的振动(如机床加工时产生的高频振动)、大幅的温度波动(如冶金车间的高温环境)及复杂的电磁干扰(如电力设备附近的强电磁区域)。在矿山开采设备中,设备长期处于恶劣的工作环境,该控制板凭借坚固的硬件设计与良好的电磁屏蔽性能,始终保持稳定运行,确保设备电机的精准控制,保障矿山开采作业的连续性,保证长期可靠运行,减少设备故障停机时间。

英文资料:

Closed loop motion control, precise control of operating trajectory

The 503-25209-01 servo control board uses advanced closed-loop control algorithms to accurately monitor and adjust the position, speed, and acceleration of the servo motor in all directions and in real time. In the field of precision machining, such as the grinding of high-end optical lenses, the surface accuracy of the lenses is required to reach the nanometer level. The control board continuously feeds back the actual operating data of the motor and fine tunes the motor output to ensure that the motion accuracy of the grinding equipment is maintained at a very high level, so that the processed lenses meet strict optical performance indicators, achieve high-precision motion control, and meet the ultimate pursuit of precision in industrial production.

Intelligent feedback processing ensures stable and smooth movements

Built in cutting-edge encoder signal processing function, capable of real-time and efficient collection of motor feedback signals. In the handling process of automated production lines, the robotic arm needs to be frequently started, stopped, and accurately positioned. The control board quickly analyzes the feedback data from the encoder, adjusts the motor operation status in a timely manner, and effectively avoids the shaking or positioning deviation of the robotic arm caused by inertia, load changes, and other factors, ensuring that each handling action is stable and smooth, greatly improving the stability and reliability of the production line operation.

Multi mode operation, flexible adaptation to diverse needs

Supports multiple operating modes such as position control, speed control, and torque control. In CNC machine tools, when processing parts of different materials and shapes, the mode can be flexibly switched according to process requirements: in the rough machining stage, switch to torque control mode, the motor outputs a large torque, and excess materials are quickly removed; During precision machining, switch to position control mode to precisely control the tool movement and ensure the dimensional accuracy of the parts; During the rapid movement and positioning of the tool, the speed control mode allows the motor to respond quickly and improve machining efficiency. This multi-mode operation feature enables the device to easily cope with various complex industrial scenarios.

Strong scalability to meet diverse control scales

It has excellent scalability and can work in parallel with multiple servo drives and control modules. In large-scale automated logistics and warehousing systems, it is necessary to simultaneously control multiple stacker cranes, shuttle cars, and other equipment. The 503-25209-01 servo control board can be connected to multiple drives to control the motors of different devices, achieving large-scale precision control of multiple axes and channels. It is easy to build complex automation control systems to adapt to the constantly expanding production scale and diversified control needs.

Industrial grade durability, capable of handling harsh working conditions with ease

Specially designed for industrial environments, capable of withstanding strong vibrations (such as high-frequency vibrations generated during machine tool processing), significant temperature fluctuations (such as high-temperature environments in metallurgical workshops), and complex electromagnetic interference (such as strong electromagnetic areas near power equipment). In mining equipment, the equipment is exposed to harsh working environments for a long time. With its sturdy hardware design and good electromagnetic shielding performance, the control board always maintains stable operation, ensuring precise control of the equipment motor, guaranteeing the continuity of mining operations, ensuring long-term reliable operation, and reducing equipment downtime due to malfunctions.

  2.产      品      展      示      

giddings_lewis_503-25209-01_servo_control_board_486_rev_r5_10_95.jpg

3.其他产品

SB822 3BSE018172R1 可充电电池单元

BECKHOFF CX11000001 直流调速器

DELTA TAU  ACC-24E2 接口模拟模块

4.其他英文产品

Asea EB0524B01 driver input power board

ABB UN1024c-P Remote Terminal Module

ABB 70BK03c-E Control I/O Module

6DD2920-0AS0CACR-A5-SU23GCPPC902CE101
6DD1660-0AE0CACR-SR10BB1AF6ES5497-8MA11
6DD1660-0AD06SC9311-3FK15PFTL101B 2.0KN
6DD1645-0AF2CACR-IR050505FD6ES5497-4UD11
6DD1645-0AE1CACR-HR01BAB11Y11UFC718AE101
6DD1645-0AE0CACR-SR20BE13FY86ES5135-3KA13
6DD1642-0BC0CACR-IR44SC16ES5431-8MD11

The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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